/ 01
Drones
Custom UAV platforms, ArduPilot tuning, autonomous mission profiles and field telemetry.
Active
Launch sequence initiated
Build. Innovate. Transmit. For builders at every level.
Drones, robots and autonomous systems engineered to survive the real world — and open educational resources for anyone who wants to understand and build them.
Drones Robotics Embedded 3D Print Maritime STEM
06
Domains
STEM
Open edu
Open
Source
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Engineering domains
Where we operate
Six disciplines that intersect — from field-grade engineering to open resources for builders at every level.
/ 02
Robotics
Mobile robots, manipulators, control loops, sensor fusion and ROS-based architectures.
Active
/ 03
Maritime Systems
ROVs, surface vessels, marinized electronics and field testing in real conditions.
Active
/ 04
Embedded Electronics
PCB design, ESP32 / STM32 firmware, low-power systems and rugged microcontrollers.
Active
/ 05
3D Printing
Functional prototyping, parametric CAD, FDM & SLA workflows for real-world parts.
Active
/ 06
STEM Education
Open tutorials, practical guides and field workshops for all skill levels — from first steps in electronics to advanced drone and robotics builds.
Active
Field notes
Latest from the Lab
Build logs, STEM guides and field reports — drones, robotics and embedded electronics.
Artificial Intelligence
5 MIN READ
09 JUL 2026
Real-Time Object Detection with YOLO and OpenCV
A complete tutorial to build a real-time object detection system using a webcam, Python, OpenCV and YOLOv4-tiny — setup, commented code and video demonstration.
#ai
Read 
Electronics
4 MIN READ
22 JUN 2026
Control a MG996R Servo with Arduino and a Potentiometer
Complete tutorial for driving a MG996R servo motor with an Arduino Uno and a 10 kΩ potentiometer — wiring, PWM signal, code and assembly.
#electronics
Read 
3D Printing
3 MIN READ
17 JUN 2026
Dodge v1 — 3D Printed Boxing Training System
Designed in Fusion 360 and printed in PETG, Dodge v1 is a modular mount that turns a pool noodle into a boxing and MMA slip-and-dodge trainer — compact, cheap, and usable anywhere.
#3d-printing
Read The workshop
Where it actually gets built.
No marketing renders. No vapor specs. Every system goes through real fabrication, real bench testing and real field conditions before it gets a name.
- Hand-soldered prototypes
- PCB design + reflow
- CNC + 3D-printed enclosures
- On-site flight & ROV testing
- Open documentation by default
Prototyping
Iteration cycle 03
Field Testing
Coastal sector
Soldering
PCB rev 1.4
Calibration
IMU offset